AI intelligent robot high-pressure reactor

Senlang Instrument, a brand new product developed and designed by Century Senlang (Tianjin) Intelligent Equipment Co., LtdAI intelligent robot high-pressure reactorWe have achieved a fully automatic intelligent reaction device with unmanned operation and monitoring, AI intelligent control system, robot arm loading, matched with Century Senlang fully automatic high-pressure reaction kettle, and equipped with product analysis and testing equipment.

The fully automatic robot parallel high-pressure reactor can provide single station and multi station parallel experiments. Select various materials for the kettle body according to different experimental systems, such as 316L stainless steel, Hastelloy C276, titanium alloy TA9, etc; Magnetic coupling mechanical stirring, with a selectable kettle volume of 50-5000mL, and flexible configuration of reaction kettle units. We have achieved a series of experimental steps that require manual operation, such as automatic high-pressure vessel locking, automatic inflation, automatic temperature control reaction, automatic cooling and deflation, and automatic lid opening. This further liberates researchers from the need for close range intervention equipment and can also eliminate personal safety risks caused by high-risk experiments. The experimental process automatically proportions media such as liquid and solid reactants according to requirements. After adding them to each kettle, the system automatically transfers the kettle to the inside of the device. Through a high-precision robotic arm system and fastening system, the lid is closed and tightened, and the airtightness of the reaction kettle is detected according to the set program. The air inside the kettle is eliminated and the reaction gas at the specified pressure is filled. The system controls the reaction kettle to be placed in the heating furnace and automatically starts the heating and temperature control program. After the reaction is complete, the robotic arm can remove the kettle body from the heating furnace and place it in the cooling station to quickly cool down. When the temperature drops to around room temperature, it will automatically release the pressure inside the kettle and automatically open the lid. The kettle body containing the reaction product will be returned to its initial position, and the product will enter the next detection and analysis unit until experimental data is obtained and entered into the control system for researchers to evaluate and reference the entire project.

The AI intelligent robot high-pressure reactor, with its automated control system utilizing precise temperature control, safety interlocking, and AI algorithms, achieves efficiency improvement, accident risk reduction, and capacity enhancement in fields such as chemical and pharmaceutical industries, becoming the core driving force of intelligent manufacturing. The reactor is a core equipment in the production process of chemical, pharmaceutical, food and other fields. The application of its automation control system directly affects production efficiency, product quality and operational safety. With the advancement of Industry 4.0 and intelligent manufacturing, AI intelligent robots for high-pressure reactors and automation control systems have evolved from single parameter monitoring to multi variable collaborative control, and their application scope continues to expand.

AI intelligent robot high-pressure reaction kettle, in the chemical industry: intelligent upgrade of core processes: In chemical production, reaction kettle is widely used in key processes such as polymerization reaction, esterification reaction, oxidation reaction, etc. For example, in polypropylene production, the automation control system can monitor the temperature, pressure, and stirring speed inside the kettle in real time, and automatically adjust the cooling water flow rate and catalyst injection rate through PID algorithm to ensure that the reaction proceeds under optimal conditions. For high-risk processes such as nitrification reactions, the system integrates gas concentration sensors and emergency pressure relief devices. When combustible gas leaks or overpressure risks are detected, interlocking protection can be automatically activated. AI intelligent robot high-pressure reactor pharmaceutical field: dual guarantee of compliance and precision control: drug production requires very high cleanliness and process reproducibility. In antibiotic synthesis, the automation system is implemented through modular design: 1. Aseptic control: combining FFU fan filtration unit and VHP sterilization technology to ensure a clean environment inside the kettle; 2. Batch consistency: Model Predictive Control (MPC) algorithm is used to feedforward compensate for parameters such as pH value and dissolved oxygen, so as to control the fluctuation of fermentation product potency within the required data; 3. Data integrity: Through the SLMRSC electronic recording system, audit tracking logs are automatically generated to meet FDA's quality traceability requirements for drug production. In food processing: the balance between safety and efficiency: 1. Temperature stratification control: for large reaction vessels, three-dimensional temperature field modeling technology is used to achieve uniform temperature control through zone heating; 2. CIP online cleaning: integrating acid and alkali concentration sensors and flow pulse control, reducing the consumption of cleaning agents while avoiding the risk of microbial contamination caused by manual cleaning; 3. Energy consumption optimization: Variable frequency mixing control based on load forecasting. In new energy materials: technological breakthrough in process stability 1. Precise atmosphere control: In synthesis, the system achieves precise ratio of O2/N2 mixture through mass flow controller (MFC) to prevent material oxidation; 2. Grain growth control: Real time analysis of stirring blade torque changes using vibration monitoring technology, combined with AI algorithm to predict nucleation rate, reducing D50 particle size distribution CV value from 8% to 3%; 3. Continuous production: Through modular kettle design and automatic valve array switching, the single line production capacity can be increased from intermittent to continuous. AI intelligent robot high-pressure reactor, environmental engineering: intelligent innovation in hazardous waste disposal. 1. Multi parameter coupling control: synchronously adjusting pH value, oxidation-reduction potential (ORP), and ozone dosage to increase COD removal rate; 2. Intelligent slag discharge: Through the linkage of mud level radar and differential pressure transmitter, automatic discharge of sediment is achieved, reducing the frequency of manual cleaning of the kettle; 3. Safety interlock: For explosive gases such as methane, infrared imaging monitoring and quick shut-off valves are installed to shorten response time. With the deepening application of industrial Internet technology, the automatic control system of reaction kettle has been upgraded from equipment level control to process agent. While ensuring safety in production, it continues to promote the traditional industry to green and transform, biological manufacturing, nano materials and other emerging fields, becoming the key infrastructure in the era of intelligent manufacturing. Beijing Century SenLong experimental equipment Co., Ltd., established in 2008, is located in the National Science and Technology Park of Beijing University of Chemical Technology in Changping, Beijing. Senlang Instruments supports the development of scientific research and focuses on high-tech intelligent equipment in fields such as new materials, new energy, chemical engineering, and pharmaceuticals. It is a national high-tech enterprise that integrates independent research and development, professional design, lean production, and sales services. Tianjin Modern Production Plant is the northern R&D and manufacturing center of Senlang Instruments. Multiple product lines of the company are derived from high-tech achievement transformation projects with independent intellectual property rights. Proficient in quality, adhering to a rigorous scientific attitude, providing customers with products and services, as well as professional solutions.